By Nano-C
Nano-C's fullerene and SWCNT materials are under active development for a range of emerging applications, including transparent conductive electrodes, flexible displays, carbon composites, soft robotics, organic photodetectors, and hydrogen fuel cell components. Across these areas, the same core material properties that define Nano-C's existing products open pathways into applications where conventional materials reach their limits.
Invisicon™ 3000-8950 SWCNT Ink is an additive-free, slot-die coatable SWCNT ink formulation targeting high-quality optical applications Product Specifications Deposition Methods: Roll-to-roll (R2R) Carrier: Mixed alcohol Viscosity (@ 25°C and 20 s⁻¹): 110 cP Optical Density (OD): OD20 at 555 nm Additives/surfactants: Non-electroactive, polymeric additive. Handling & Storage Diluent: Only use Nano-C 8000 series diluent. Please inquire for availability. Drying Temp (°C): Dry wet film at 80 °C or as high as the substrate can tolerate up to 200 °C Handling: - Shake vigorously immediately before coating - Probe sonication recommended immediately before coating for best results. Contact for conditions. - Any dilution should only be attempted with Nano-C 8000 series diluent. Storage: Store unused ink at room temperature. from $130.00 Limit 2 per order
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Invisicon™ 3000-3500 SWCNT Ink is an ultrapure, additive-free, spray-coatable SWCNT ink formulation targeting high-quality optical applications Product Specifications Deposition Methods: Spray coating Carrier: Alcohol and water Viscosity (@ 25°C and 20 s⁻¹): <5 cP Optical Density (OD): OD 5 at 550 nm Additives/surfactants: N/A Handling & Storage - Bath or probe sonication should be performed immediately prior to spray coating - Recommended bath sonication: 10 min bath sonication for 50 ml ink - Recommended probe sonication conditions: Perform all probe sonication in an open beaker immersed in an ice bath. Probe sonication time: approximately 0.25 s/ml ink. Power setting: 60% amplitude based on 750 W instrument and 1” diameter probe Storage Store unused ink at room temperature or refrigerated.
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FD23 is a functionalized fullerene developed by and proprietary to Nano-C. This functionalized fullerene was developed to enhance thermal stability in organic solar devices, increasing device lifetime and improving power conversion efficiency under light-soaking. FD23 can be paired with commercially available p-type polymers used in organic electronic devices. Physical & Chemical Properties Chemical Name FD23 Purity (HPLC) 99.5% Molecular Weight (g/mol) 928.30 Solubility Soluble in organic solvents: toluene, o-dichlorobenzene, o-xylene, mesitylene Electronic Properties Orbital Energy HOMO -5.9 to -6.0 eV LUMO -4.3 eV Application Electron acceptors, n-type semiconductors, interface layers Download MSDS
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Nano-C produces single-walled carbon nanotubes (SWCNT) using a proprietary, scalable, industrial-grade approach that sets us apart from lab-scale and CVD-based suppliers. Nano-C has customized its processes to optimize nanotube characteristics based on application requirements. The downstream processing for these nanotubes includes purification, functionalization, separation and formulation. The key to making usable products for the market is being able to disperse these materials successfully in a range of host systems in masterbatches or coat-ready ink. Nano-C offers a range of formulations based on customer requirements and applications.
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